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test_model.py
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test_model.py
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import unittest
import model
class TestLoadCube(unittest.TestCase):
def test_load_3x3x3(self):
cube3 = model.Cube('random1.txt')
self.assertIn("A", cube3.faces)
self.assertIn("B", cube3.faces)
self.assertIn("C", cube3.faces)
self.assertIn("D", cube3.faces)
self.assertIn("E", cube3.faces)
self.assertIn("F", cube3.faces)
self.assertEqual(cube3.__str__(), '''\
rro
roo
ryy
yob ggg rbb
yyw ybb ggb
bbw bgw gro
rro
orw
wwy
oog
gww
wyy
''')
def test_load_6x6x6(self):
cube6 = model.Cube('6_random1.txt')
self.assertIn("A", cube6.faces)
self.assertIn("B", cube6.faces)
self.assertIn("C", cube6.faces)
self.assertIn("D", cube6.faces)
self.assertIn("E", cube6.faces)
self.assertIn("F", cube6.faces)
self.assertEqual(cube6.__str__(), '''\
bbbbbb
bbbbbb
bbbbbb
bbbbbb
bbbbbb
bbbbbb
kkkokk rrokrr yyyyyy
kkkrkk rrokrr yyyyyy
kkgrkk oorrgg yyoyyr
kkgkkk gyoygg ooygyo
ggrrrr gogygg ogrrog
goyggg ogkyog rrrkgo
kkogyy
kkooyy
rkkogy
oorkor
kkggyy
kkygyy
rrrogg
ogkgrr
gyokgy
rrgyog
oorroo
oorroo
''')
class TestRotateCube(unittest.TestCase):
def test_rotate_x0T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('x', 0, True)
self.assertEqual(cube3.__str__(), '''\
cfi
beh
adg
21Z jkl stu
mno vwx EFG
pqr yzA HIJ
KLM
NOP
QRS
TUV
WXY
DCB
''')
def test_rotate_x0F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('x', 0, False)
self.assertEqual(cube3.__str__(), '''\
gda
heb
ifc
stu BCD 21Z
mno vwx EFG
pqr yzA HIJ
KLM
NOP
QRS
TUV
WXY
lkj
''')
def test_rotate_x1T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('x', 1, True)
self.assertEqual(cube3.__str__(), '''\
abc
def
ghi
jkl stu BCD
YXW mno vwx
pqr yzA HIJ
KLM
NOP
QRS
TUV
GFE
Z12
''')
def test_rotate_x1F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('x', 1, False)
self.assertEqual(cube3.__str__(), '''\
abc
def
ghi
jkl stu BCD
vwx EFG YXW
pqr yzA HIJ
KLM
NOP
QRS
TUV
onm
Z12
''')
def test_rotate_x2T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('x', 2, True)
self.assertEqual(cube3.__str__(), '''\
abc
def
ghi
jkl stu BCD
mno vwx EFG
VUT pqr yzA
QNK
ROL
SPM
JIH
WXY
Z12
''')
def test_rotate_x2F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('x', 2, False)
self.assertEqual(cube3.__str__(), '''\
abc
def
ghi
jkl stu BCD
mno vwx EFG
yzA HIJ VUT
MPS
LOR
KNQ
rqp
WXY
Z12
''')
def test_rotate_y0T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('y', 0, True)
self.assertEqual(cube3.__str__(), '''\
sbc
vef
yhi
lor Ktu BCD
knq Nwx EFG
jmp QzA HIJ
TLM
WOP
ZRS
aUV
dXY
g12
''')
def test_rotate_y0F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('y', 0, False)
self.assertEqual(cube3.__str__(), '''\
Tbc
Wef
Zhi
pmj atu BCD
qnk dwx EFG
rol gzA HIJ
sLM
vOP
yRS
KUV
NXY
Q12
''')
def test_rotate_y1T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('y', 1, True)
self.assertEqual(cube3.__str__(), '''\
atc
dwf
gzi
jkl sLu BCD
mno vOx EFG
pqr yRA HIJ
KUM
NXP
Q1S
TbV
WeY
Zh2
''')
def test_rotate_y1F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('y', 1, False)
self.assertEqual(cube3.__str__(), '''\
aUc
dXf
g1i
jkl sbu BCD
mno vex EFG
pqr yhA HIJ
KtM
NwP
QzS
TLV
WOY
ZR2
''')
def test_rotate_y2T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('y', 2, True)
self.assertEqual(cube3.__str__(), '''\
abu
dex
ghA
jkl stM HEB
mno vwP IFC
pqr yzS JGD
KLV
NOY
QR2
TUc
WXf
Z1i
''')
def test_rotate_y2F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('y', 2, False)
self.assertEqual(cube3.__str__(), '''\
abV
deY
gh2
jkl stc DGJ
mno vwf CFI
pqr yzi BEH
KLu
NOx
QRA
TUM
WXP
Z1S
''')
def test_rotate_z0T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('z', 0, True)
self.assertEqual(cube3.__str__(), '''\
abc
def
rol
jkK yvs gCD
mnL zwt hFG
pqM Axu iIJ
HEB
NOP
QRS
TUV
WXY
Z12
''')
def test_rotate_z0F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('z', 0, False)
self.assertEqual(cube3.__str__(), '''\
abc
def
BEH
jki uxA MCD
mnh twz LFG
pqg svy KIJ
lor
NOP
QRS
TUV
WXY
Z12
''')
def test_rotate_z1T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('z', 1, True)
self.assertEqual(cube3.__str__(), '''\
abc
qnk
ghi
jNl stu BdD
mOo vwx EeG
pPr yzA HfJ
KLM
IFC
QRS
TUV
WXY
Z12
''')
def test_rotate_z1F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('z', 1, False)
self.assertEqual(cube3.__str__(), '''\
abc
CFI
ghi
jfl stu BPD
meo vwx EOG
pdr yzA HNJ
KLM
knq
QRS
TUV
WXY
Z12
''')
def test_rotate_z2T(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('z', 2, True)
self.assertEqual(cube3.__str__(), '''\
pmj
def
ghi
Qkl stu BCa
Rno vwx EFb
Sqr yzA HIc
KLM
NOP
JGD
VY2
UX1
TWZ
''')
def test_rotate_z2F(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('z', 2, False)
self.assertEqual(cube3.__str__(), '''\
DGJ
def
ghi
ckl stu BCS
bno vwx EFR
aqr yzA HIQ
KLM
NOP
jmp
ZWT
1XU
2YV
''')
class TestRotateCubeWithHighlight(unittest.TestCase):
def test_rotate_x0TT(self):
h = '\033[0;1;93m'
c = '\033[0m'
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('x', 0, True, True)
self.assertEqual(cube3.__str__(), f'''\
{h}c{c}{h}f{c}{h}i{c}
{h}b{c}{h}e{c}{h}h{c}
{h}a{c}{h}d{c}{h}g{c}
{h}2{c}{h}1{c}{h}Z{c} {h}j{c}{h}k{c}{h}l{c} {h}s{c}{h}t{c}{h}u{c}
mno vwx EFG
pqr yzA HIJ
KLM
NOP
QRS
TUV
WXY
{h}D{c}{h}C{c}{h}B{c}
''')
self.assertEqual(cube3.__str__(), '''\
cfi
beh
adg
21Z jkl stu
mno vwx EFG
pqr yzA HIJ
KLM
NOP
QRS
TUV
WXY
DCB
''')
def test_rotate_x0TT_clear(self):
cube3 = model.Cube('test3x3x3.txt')
cube3.rotate('x', 0, True, True)
cube3.clear_highlights()
self.assertEqual(cube3.__str__(), '''\
cfi
beh
adg
21Z jkl stu
mno vwx EFG
pqr yzA HIJ
KLM
NOP
QRS
TUV
WXY
DCB
''')